def os_test_file(file_path, expression="-e"):
""" Run a shell 'test' command on a file.
Args:
file_path (str): Path to the file to be tested
expression (str): Test expression [-e = exists]
Returns:
(bool) True if test is successful.
"""
check_param_type("file_path", file_path, str)
check_param_type("expression", expression, str)
if os.path.exists(file_path):
cmd = "test {0} {1}".format(expression, file_path)
rtn = OSCommand(cmd).run()
log_debug("Test cmd = {0}; rtn = {1}".format(cmd, rtn.result()))
return rtn.result() == 0
else:
log_error("File {0} does not exist".format(file_path))
return False
def os_simple_command(os_cmd, run_dir=None):
""" Perform an simple os command and return a tuple of the (rtncode, rtnoutput).
NOTE: Simple command cannot have pipes or redirects
Args:
os_cmd (str): Command to run
run_dir (str): Directory where to run the command; if None (defaut)
current working directory is used.
Returns:
(tuple) Returns a tuple of the (rtncode, rtnoutput) of types (int, str)
"""
check_param_type("os_cmd", os_cmd, str)
if run_dir is not None:
check_param_type("run_dir", run_dir, str)
rtn = OSCommand(os_cmd, set_cwd=run_dir).run()
rtn_data = (rtn.result(), rtn.output())
return rtn_data
def run_sst(self, sdl_file, out_file, err_file=None, set_cwd=None, mpi_out_files="",
other_args="", num_ranks=None, num_threads=None, global_args=None,
timeout_sec=60):
""" Launch sst with with the command line and send output to the
output file. The SST execution will be monitored for result errors and
timeouts. On an error or timeout, a SSTTestCase.assert() will be generated
indicating the details of the failure.
Args:
sdl_file (str): The FilePath to the test SDL (python) file.
out_file (str): The FilePath to the finalized output file.
err_file (str): The FilePath to the finalized error file.
Default = same directory as the output file.
mpi_out_files (str): The FilePath to the mpi run output files.
These will be merged into the out_file at
the end of a multi-rank run.
other_args (str): Any other arguments used in the SST cmd
that the caller wishes to use.
num_ranks (int): The number of ranks to run SST with.
num_threads (int): The number of threads to run SST with.
global_args (str): Global Arguments provided from test engine args
timeout_sec (int): Allowed runtime in seconds
"""
# NOTE: We cannot set the default of param to the global variable due to
# oddities on how this class loads, so we do it here.
if num_ranks is None:
num_ranks = test_engine_globals.TESTENGINE_SSTRUN_NUMRANKS
if num_threads is None:
num_threads = test_engine_globals.TESTENGINE_SSTRUN_NUMTHREADS
if global_args is None:
global_args = test_engine_globals.TESTENGINE_SSTRUN_GLOBALARGS
# Make sure arguments are of valid types
check_param_type("sdl_file", sdl_file, str)
check_param_type("out_file", out_file, str)
if err_file is not None:
check_param_type("err_file", out_file, str)
if set_cwd is not None:
check_param_type("set_cwd", set_cwd, str)
check_param_type("mpi_out_files", mpi_out_files, str)
check_param_type("other_args", other_args, str)
if num_ranks is not None:
check_param_type("num_ranks", num_ranks, int)
if num_threads is not None:
check_param_type("num_threads", num_threads, int)
if global_args is not None:
check_param_type("global_args", global_args, str)
if not (isinstance(timeout_sec, (int, float)) and not isinstance(timeout_sec, bool)):
raise ValueError("ERROR: Timeout_sec must be a postive int or a float")
# Make sure sdl file is exists and is a file
if not os.path.exists(sdl_file) or not os.path.isfile(sdl_file):
log_error("sdl_file {0} does not exist".format(sdl_file))
# Figure out a name for the mpi_output files if the default is provided
if mpi_out_files == "":
mpiout_filename = "{0}.testfile".format(out_file)
else:
mpiout_filename = mpi_out_files
# Set the initial os launch command for sst.
# If multi-threaded, include the number of threads
if num_threads > 1:
oscmd = "sst -n {0} {1} {2} {3}".format(num_threads,
global_args,
other_args,
sdl_file)
else:
oscmd = "sst {0} {1} {2}".format(global_args,
other_args,
sdl_file)
# Update the os launch command if we are running multi-rank
num_cores = host_os_get_num_cores_on_system()
# Perform any multi-rank checks/setup
mpi_avail = False
numa_param = ""
if num_ranks > 1:
# Check to see if mpirun is available
rtn = os.system("which mpirun > /dev/null 2>&1")
if rtn == 0:
mpi_avail = True
numa_param = "-map-by numa:PE={0}".format(num_threads)
oscmd = "mpirun -np {0} {1} -output-filename {2} {3}".format(num_ranks,
numa_param,
mpiout_filename,
oscmd)
# Identify the working directory that we are launching SST from
final_wd = os.getcwd()
if set_cwd is not None:
final_wd = os.path.abspath(set_cwd)
# Log some debug info on the launch of SST
log_debug((("-- SST Launch Command (In Dir={0}; Ranks:{1}; Threads:{2};") +
(" Num Cores:{3}) = {4}")).format(final_wd, num_ranks, num_threads,
num_cores, oscmd))
# Check for OpenMPI
if num_ranks > 1 and mpi_avail is False:
log_fatal("OpenMPI IS NOT FOUND/AVAILABLE")
# Launch SST
rtn = OSCommand(oscmd, output_file_path = out_file,
error_file_path = err_file,
set_cwd = set_cwd).run(timeout_sec=timeout_sec)
if num_ranks > 1:
testing_merge_mpi_files("{0}*".format(mpiout_filename), mpiout_filename, out_file)
# Look for runtime error conditions
err_str = "SST Timed-Out ({0} secs) while running {1}".format(timeout_sec, oscmd)
self.assertFalse(rtn.timeout(), err_str)
err_str = "SST returned {0}; while running {1}".format(rtn.result(), oscmd)
self.assertEqual(rtn.result(), 0, err_str)